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Datacenter Cooling: What Should You Know About It

A data center is a hot, noisy environment where servers (computers designed to communicate with other computer systems) and networking devices are housed. Any company that uses data to meet the demands of its customers needs data centers. Datacenter cooling is all about controlling the center’s temperature within the data concenter to reduce heat. 

Failure to maintain the heat and circulation within a data center can have severe consequences for a company’s bottom line. Not only is power efficiency severely harmed—many resources are expended to keep the temperature low—but the risk of workstations overheating is rapidly increasing.

Why does the Data Center need Cooling?

Data centers consume a lot of energy (about 3% of worldwide electricity) and generate significantly more heat. Cooling removes excess heat and maintains servers running at their best. Because of heat transmission, the region surrounding the IT and networking services servers is substantially warmer than the entire room. This is particularly true if the data center centers large numbers of servers.

Maintaining a specific temperature range in a data center networking solution can be difficult. This, paired with the data center industry’s resurgent growth following COVID-19, explains why data center cooling is in high demand. 

According to experts, the data center cooling industry in the United States will expand by more than 3% by 2025, reaching more than $3.5 billion.

What are the Types of Data Center Cooling Systems and Methods?

Current types of data center cooling systems and methods include:

Air Cooling

Small data centers with minimal power requirements benefit from this type of architecture. If your data center consumes a lot of electricity, a single unit won’t be able to keep up. More extensive facilities use cold and hot aisle arrangements to isolate the cool air intake from the overheated exhaust air. 

You can better influence the data center’s overall atmospheric temperature by preventing this air from mingling.

Chilled Water System

Chilled water is a data center cooling system that uses warmed water to cool air carried in by air handlers. It is often used in mid-to-large data centers (CRAHs). A chiller plant placed somewhere on the site provides water.

Free Cooling

Any data center cooling platform utilizes the outside environment to provide coolant to the workstations rather than repeatedly cooling the same air. Even though it can only be used in specific regions, this is a highly energy-efficient method of server cooling.

Liquid Cooling

Liquid cooling also eliminates the need for two separate cooling systems, increasing efficiency. Total immersion and direct-to-chip cooling are the two basic kinds of liquid cooling.

What are the Benefits of Data Center Cooling?

Data Center Cooling has the following benefits in data center networking solutions:

  • Uptime of the server will be ensured.
  • Increased data center efficiency
  • Your technology’s lifespan will be extended.

What are the Drawbacks of Data Center Cooling?

IT and networking services offering data center cooling might have the below-mentioned drawbacks:

  • Costs can be excessive in some cases.
  • Extremely negative influence on the environment

A substantial amount of energy (approximately 3% of the world’s electricity) and heat is produced in data centres. Cooling gets rid of extra heat and keeps servers operating at their peak. The area around the servers for the IT and networking services is significantly warmer than the overall room due to heat transmission. This is especially true if a big number of servers are housed in the data centre.

It can be challenging to keep a particular temperature range in a data centre networking solution. This explains why data centre cooling is so in demand, along with the data centre industry’s rebounding growth following COVID-19. For more technology oriented articles, visit our website.

Final Verdict

We’ve proven that data center cooling systems are critical to the operation of data centers. They’ve evolved drastically over time and will continue to do so in the future. Of course, data centers must stay ahead of the curve and take full advantage of the most cutting-edge technological advancements as they emerge. 

Frontom offers a variety of data center cooling solutions that can help increase efficiency. Frontom provides a wide range of advanced data center cooling systems to maintain peak performance and maximize energy efficiency, assuring that your data center saves money on energy costs while also helping to minimize its carbon footprint.

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